Harshad Bhutadia

Electron impact total ionization cross sections for simple bio- molecules (H2CO, HCOOH and CH3COOH) using ICSP-ic method.

In the present work we compute total ionization cross sections for simple bio-molecules viz. formaldehyde, formic acid and acetic acid on electron impact. The total ionization cross sections are extracted from total inelastic cross section using Improved Complex Scattering Potential-ionization contribution method.

Electron impact total cross sections for simple biomolecules (HCOOH and H2CO) over a wide energy range (meV to keV)

We present here total cross sections obtained as sum of elastic and electronic excitation cross sections below ionization threshold of the target and sum of elastic and inelastic cross sections above ionization threshold molecule. We employ two different codes, R matrix code through Quantemol N for low energies and Spherical Complex Optical Potential for intermediate and high energies.

Electron impact total cross sections for hydrogen molecule from 0.01 eV to 2 keV

In the present work, we calculate electron impact total cross section for H2 molecule over wide range of incident energies starting from 0.01 eV to 2 keV. The present results are examined as function of incident energies and compared with available results.